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    • 2. 发明授权
    • Method of laundering items and purifying waste water therefrom
    • 洗涤物品并从中净化废水的方法
    • US5529696A
    • 1996-06-25
    • US504777
    • 1995-07-20
    • Dave Tibbitts
    • Dave Tibbitts
    • B01D17/05C11D3/02C11D3/12C11D11/00
    • C11D11/0076C11D3/046C11D3/1213
    • A method of laundering oily items comprises laundering said items in a wash solution which includes a surfactant system and a source of alkalinity. The source of alkalinity is an alkali metal aluminate preferably sodium aluminate at a concentration effective to have at least about 25 ppm of the alkali aluminate present in the wash solution measured as alumina. The wash solution is then separated from the laundered items and its pH reduced to about 9 or less. A destabilizing polymer such as diallyldimethyl ammonium chloride can be added. This combination causes the oil and grease to separate from the wash solution and float to the surface along with the sodium aluminate. If the concentration of the sodium aluminate is above about 100 ppm preferably about 250 ppm, there is no need to add the destabilizing polymer. This does not affect the overall efficiency of the detergent, yet significantly improves the ability to separate the oil and grease from the waste wash solution.
    • 洗涤油性物品的方法包括在包括表面活性剂体系和碱度源的洗涤溶液中洗涤所述物品。 碱度的来源是碱金属铝酸盐,优选铝酸钠,其浓度有效地以氧化铝的形式测量洗涤溶液中至少约25ppm的碱金属铝酸盐。 然后将洗涤溶液与洗涤物品分离,并将其pH降低至约9或更小。 可以加入去稳定的聚合物如二烯丙基二甲基氯化铵。 这种组合使得油和油脂与洗涤液分离并与铝酸钠一起漂浮到表面。 如果铝酸钠的浓度高于约100ppm,优选约250ppm,则不需要添加不稳定的聚合物。 这不会影响洗涤剂的整体效率,而且显着提高了从废洗涤溶液中分离油脂的能力。
    • 3. 发明授权
    • Multiple protocol multiple pump liquid chemical dispenser
    • 多协议多泵液体化学分配器
    • US5453131A
    • 1995-09-26
    • US265493
    • 1994-06-23
    • Wai Y. C. ChanJames W. Livingston
    • Wai Y. C. ChanJames W. Livingston
    • A47L15/44B08B7/00
    • A47L15/4418
    • A liquid chemical dispensing system for dispensing a plurality of liquid chemicals into a dishwasher includes at least a detergent pump and a rinse agent pump, a first switch indicating whether the dishwasher is a door type or a conveyor type dishwasher, a second switch indicating whether said controller is in training mode or in run mode, a non-volatile memory and a data processor. The liquid chemical dispensing system is powered on whenever the dishwasher is spraying rinse water. In the training mode, the data processor enables a user to set values for a rinse run time parameter, a detergent run time parameter, and a rinse delay time, and stores those parameters in the non-volatile memory. In the run mode for door type dishwashers, each time the system is powered on the data processor runs the detergent pump a length of time corresponding to the stored detergent run time parameter, delays running the rinse pump, from the time of each power on, by an amount of time corresponding to the stored rinse delay time parameter, and then runs the rinse pump a length of time corresponding to the stored rinse run time parameter. In the run mode for conveyor type dishwashers, the data processor runs the rinse pump each time the system is powered on, and runs the detergent pump for N seconds for each M seconds that the rinse pump is run, where N is the detergent run time parameter and M is a predefined value.
    • 用于将多种液体化学品分配到洗碗机中的液体化学品分配系统至少包括洗涤剂泵和漂洗剂泵,指示洗碗机是门型还是传送式洗碗机的第一开关,指示所述 控制器处于训练模式或运行模式,非易失性存储器和数据处理器。 当洗碗机喷洒漂洗水时,液体化学品分配系统就开机。 在训练模式下,数据处理器使得用户能够设定冲洗运行时间参数,洗涤剂运行时间参数和冲洗延迟时间的值,并将这些参数存储在非易失性存储器中。 在门式洗碗机的运行模式中,每当系统通电时,数据处理器运行洗涤剂泵,从停电时间开始运行清洗剂运行时间参数,延长运行冲洗泵的时间, 通过与存储的冲洗延迟时间参数相对应的时间量,然后将冲洗泵运行与存储的冲洗运行时间参数相对应的一段时间。 在输送式洗碗机的运行模式下,数据处理器在每次系统通电时运行冲洗泵,并在漂洗泵运行的每M秒运行洗涤剂泵N秒,其中N是洗涤剂运行时间 参数和M是预定义值。
    • 4. 发明授权
    • Low cost liquid chemical dispenser for laundry machines
    • 用于洗衣机的低成本液体化学分配器
    • US5392618A
    • 1995-02-28
    • US121306
    • 1993-09-14
    • James W. LivingstonRalph W. Hiesey
    • James W. LivingstonRalph W. Hiesey
    • B01F15/04D06F39/02B08B3/02
    • D06F39/022B01F15/0454B01F2215/0077Y10T137/4857
    • An apparatus for dispensing liquid chemicals into a laundry machine is described. An operator interface with a small number of programming/execution buttons is provided. The programming/execution buttons are pressed to define a liquid dispensing program which is stored as a compact set of instructions which can be executed with minimal computing power. Each step of the liquid dispensing program is defined by either delay information or chemical volume dispensing information, and a synchronization flag. When enabled, the synchronization flag in a program step causes the apparatus to wait for a synchronization signal before executing the program step. Synchronization signals are produced by a sensor that identifies water flows either into or from the laundry machine. A microcontroller, in conjunction with a program execution module, executes the liquid dispensing program by waiting through time delay periods dictated by the cycle delay information, generating pump activation commands based upon the chemical volume dispensing information, and waiting for a synchronization signal for each program step that includes a synchronization flag. A pump interface receives the pump activation commands and forces a defined volume of liquid chemicals from a chemical container into a receptacle positioned on the laundry machine.
    • 描述了将液体化学品分配到洗衣机中的装置。 提供了具有少量编程/执行按钮的操作界面。 按下编程/执行按钮来定义液体分配程序,其被存储为可以以最小计算能力执行的紧凑指令集。 液体分配程序的每个步骤由延迟信息或化学物质分配信息以及同步标记来定义。 当启用时,程序步骤中的同步标志使得设备在执行程序步骤之前等待同步信号。 同步信号由传感器产生,该传感器识别来自洗衣机的水流。 微控制器与程序执行模块一起通过​​等待由循环延迟信息指定的时间延迟周期来执行液体分配程序,基于化学物质分配信息生成泵激活命令,并且等待每个程序的同步信号 包括同步标志的步骤。 泵接口接收泵激活命令,并将限定体积的液体化学品从化学容器推入位于洗衣机上的容器中。
    • 6. 发明授权
    • Method for treating laundry waste water
    • 处理洗衣废水的方法
    • US5207922A
    • 1993-05-04
    • US603796
    • 1990-10-25
    • James P. McFarlanWilliam H. Frisz
    • James P. McFarlanWilliam H. Frisz
    • B01D17/00B01D17/025
    • B01D17/00C02F2103/002
    • A method is designed to treat the effluent from a commercial laundry facility. Commercial laundry facilities produce typically a relatively clean effluent produced by washing clothing, towels and the like. The same laundry facility can also produce an oily effluent from washing shop towels, mops and the like. The effluent produced by the commercial laundry is all subjected to a particulate filtration and heat exchanger. The nonoily effluent is then directed to the sanitary drain. The oily effluent is treated with a demulsifier to break down the oil/water emulsion and is subsequently transferred to a oil/water separator. This permits the capacity of the oil/water separator to be approximately 1/3 to 1/4 of that which would be required to treat all effluent in the laundry.
    • 设计一种方法来处理商业洗衣设备的污水。 商业洗衣设备通常通过洗衣服,毛巾等产生相对​​干净的污水。 相同的洗衣设备也可以从洗衣店毛巾,拖把等产生油性流出物。 由商业衣物产生的流出物都经过微粒过滤和热交换器。 然后将非污水流出物导入卫生排水管。 用破乳剂处理油状流出物以分解油/水乳液,随后转移到油/水分离器中。 这允许油/水分离器的容量约为处理衣物中所有流出物所需的量的大约1/3至1/4。
    • 8. 发明授权
    • System for dispensing liquid cleaning compounds
    • 液体清洗剂分配系统
    • US5110013A
    • 1992-05-05
    • US726574
    • 1991-07-08
    • Russel W. ClarkJames E. Donovan
    • Russel W. ClarkJames E. Donovan
    • B67D7/02F16L37/133
    • B67D7/0288F16L37/133
    • A container and method for changing liquid cleaning compounds into a dispensing apparatus employs a blow molded plastic container that includes a filling inlet and a discharge outlet. The discharge outlet is a fitting adapted to snap onto a quick connect coupling and includes a tube that extends to the bottom of the container. The tube is inserted into the container while it is still hot. As the container cools, it shrinks forming a tight seal around the tube. The coupling snaps onto the outlet and sealingly engages it. The opposite end of the coupling is attached to the dispenser which acts to evacuate the cleaning compound from the container. Upon depletion of the cleaning compound within the container, the coupling is separated from the container. Since the coupling includes a one-way valve, cleaning compound within the tube is not released. This provides a closed system for dispensing cleaning compounds deterring misuse.
    • 用于将液体清洁化合物变成分配装置的容器和方法采用包括填充入口和排出口的吹塑塑料容器。 排出口是适于卡扣到快速连接联接器上的配件,并且包括延伸到容器底部的管。 当管仍然热时,将管插入容器中。 当容器冷却时,其收缩在管周围形成紧密密封。 联轴器卡在出口上并密封地与其接合。 联接器的相对端附接到分配器,其用于将清洁化合物从容器中排出。 当容器内的清洁化合物耗尽时,联接器与容器分离。 由于联轴器包括单向阀,管内的清洁剂不会释放。 这提供了一种封闭系统,用于分配防止误用的清洁化合物。